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Jack Thompson
Jack Thompson

Buy Humanoid Robot ((NEW))

While many humanoid robots are still in the prototype phase or other early stages of development, a few have escaped research and development in the last few years, entering the real world as bartenders, concierges, deep-sea divers and as companions for older adults. Some work in warehouses and factories, assisting humans in logistics and manufacturing. And others seem to offer more novelty and awe than anything else, conducting orchestras and greeting guests at conferences.

buy humanoid robot

But before companies can fully unleash their humanoid robots, pilot programs testing their ability to safely work and collaborate alongside human counterparts on factory floors, warehouses and elsewhere will have to be conducted.

Either way, humanoid robots are poised to have a tremendous impact, and fortunately, there are already some among us that we can look to for guidance. Here are a few examples of the top humanoid robots working in our world today.

Dubbed Alter 3, the latest humanoid robot from Osaka University and mixi is powered by an artificial neural network and has an ear for music. Earlier iterations of Alter sang in an opera. Alter 3, which has enhanced sensors and improved expressive ability and vocalization system for singing, went even further in 2020 by conducting an orchestra at the New National Theater in Tokyo and taking part in other live performances.

Atlas is a leaping, backflipping humanoid robot designed by Boston Dynamics that uses depth sensors for real-time perception and model-predictive control technology to improve motion. Measuring 5 feet tall and weighing in at 190 pounds, Atlas has three onboard computers, 28 hydraulic joints, and moves at speeds of more than 5 miles per hour. Built with 3D-printed parts, Atlas is used by company roboticists as a research and design tool to increase human-like agility and coordination.

Developed by NASA and General Motors, Robonaut 2 is a humanoid robot that works alongside human counterparts in space and on the factory floor. More than a decade ago, Robonaut 2 became the first humanoid robot to enter space, and worked as an assistant on the International Space Station until 2018, when it returned to Earth for repairs. Today, Robonaut 2 is inspiring other innovations and advancements in robotics, like the RoboGlove and Aquanaut from the ocean robotics company Nauticus.

Another humanoid robot from Engineered Arts is RoboThespian, which features telepresence software that allows humans to remotely talk through the robot. With automated eye contact and micro-facial expressions, RoboThespian is able to perform for crowds and work in places like the Kennedy Space Center where it answers questions about the Hubble Telescope from curious visitors.

With improved hand-eye coordination and autonomous navigation, Walker X, a humanoid service robot by UBTECH Robotics, is able to safely climb stairs and balance on one leg. Robotics and Automation News reports that Walker X is able to serve tea, water flowers and use a vacuum, showing off just how helpful this humanoid robot could be around the house.

This was the first time the robot walked by itself without an extra support to keep it from falling, he explained, adding that it could do more complex tasks than what was demonstrated on the stage. He then showed the audience videos of it watering a plant, carrying boxes and moving metal bars while it was tethered.

Ultimately, Musk said, he hopes these robots can be used to assist in day-to-day tasks. He plans for them to be tested by working in his Tesla factories and one day run errands for human buyers, such as picking up groceries.

Musk says that while those other robots are impressive, they lack the ability to make decisions for themselves, are costly and are made in low volumes. He plans to develop Optimus as an autonomous robot for mass production, with the goal of selling them for less than $20,000.

Based on the AI Day demonstration, Musk has provided little evidence that the robot is actually capable of doing all the tasks he claims it will, critics say. Some have also expressed skepticism about the design.

Both RobotShop and Hammacher Schlemmer are now offering the "World Smallest Humanoid Robot", I-Sobot, for an astounding $99 price tag $95.99 price tag ($99 at Hammacher). This appears to be partly due to the fact that I-Sobot is being discontinued by Tomy. For $96 this would make an excellent Christmas gift for any robot lover in your family. I-Sobot stands about 6.5" tall and can perform all sorts of tricks, like somersaults, martial arts, push ups and is fully controlled via an IR remote control. Various movements can be sequend together to create complex motion patterns. I-Sobot also reponds to voice commands. Times are tough, why not splurge a little? Video of I-Sobot in action after the break. =I1UiKEcZfDY

Tesla CEO Elon Musk said that the new robot should be able to walk within the next few weeks, but he wanted to show it today since it looks more like the version of the robot that is going to go into production:

58cm in height, NAO is a bipedal robot with pleasantly rounded features. NAO has constantly evolved since the beginning of his adventure in 2006 and the 6th version (NAO6), launched in 2018, integrates a new CPU which enhances his performance.

On Friday evening, Tesla (TSLA 0.72%) held its second annual AI Day, which focused on the electric vehicle (EV) pioneer's progress in three areas heavily related to artificial intelligence (AI). These included developing Optimus, a humanoid robot; improving Autopilot's self-driving capabilities; and developing Dojo, a supercomputer for AI training.

At last year's AI Day, Tesla unveiled a concept of this humanoid robot. The Optimus prototype that walked on stage on Friday was reportedly developed by February 2022. In a prerecorded demonstration, the company showed Optimus performing several tasks, including picking up a box and placing it on a desk, and picking up a watering can and watering plants.

Musk's price estimates for Tesla's EV models ahead of their launches have generally been notably lower than their actual pricing. Nonetheless, even with a price tag double or triple what Musk is projecting, Tesla's bot should have no shortage of takers if it can perform work that's useful to businesses and high-income individuals. Unlike human employees or personal assistants, robots don't have to be paid, don't need time off to sleep, and have other advantages.

Tesla is using the human form as its north star in designing Optimus. It's leveraging its learnings from designing its vehicles, which it believes will enable it to more quickly and efficiently scale production. For instance, it's reducing the robot's part count as much as possible and limiting its body's degrees of freedom (excluding its hands) to 28, whereas the human body has more than 200 possible movement combinations.

Musk is well-known for having many grandiose plans, some of which will probably not go beyond the development stage. That said, it seems more likely than not that Tesla will eventually sell humanoid robots at scale.

Artificial intelligence has been advancing at a rapid pace, and it seems realistic to believe that a salable "smart" robot that can do some useful tasks isn't that far in the future. And eventually, robots that can perform much more advanced tasks -- in the workplace and in homes -- will arrive.

Before the coronavirus pandemic and the correlating economic uncertainty, Stratistics Market Research Consulting had expected that the global humanoid robot market would reach $13 billion by 2026. Despite the pandemic, however, robot usage remains on the rise.

As the virus continued to spread, robots became increasingly useful around the world, helping with crucial tasks such as relieving tired nurses in the hospitals, performing basic cleaning and delivery tasks, helping in warehouses, and maintaining production levels for manufacturing companies while their human co-workers were quarantined.

Perhaps the most recognizable face of humanoids is that of Sophia, a social humanoid developed by Hong Kong-based Hanson Robotics. Taught by humans, Sophia can move, talk, show some emotions, draw, and sing.

Developed by Macco Robotics in Spain, Kime is a robot designed to serve food and beverages. With its human-like head, torso, and arms, this kiosk-based humanoid has been tested at gas stations in Europe and in a Spanish brewery.

Founded by director Will Jackson in 2004, Engineered Arts is a U.K.-based company that produces entertainment humanoids through collaboration between artists, mechanical and computer engineers, and animators.

Now, Pepper comes with an educational integrated development environment (IDE) called Tethys, which was created to teach students how to code. Using the software, students can program the humanoid to move, talk, use gestures, and show on-screen messages, all in real-time.

PAL Robotics started out by building two special humanoid robots - REEM-A to play chess and a general purpose service robot, REEM, that dispensed with legs and could roll around on wheels interacting with people. Wheels are highly practical in some situations but we all know that a humanoid robot should have legs and be capable of walking if it is going to capture the imagination.

REEM-C is the latest in the PAL line of robots and it looks the part. It is PAL's first commercial offering and you can buy one and get a promotional offer if you sign up for one before August 31st this year.

The robot is aimed at academic and research users - humanoid robots still aren't up to being offered for sale to do a particular job. It is 165cm tall, about the size of an average human, and weighs in at 70Kg. It has 44 degrees of freedom and can lift a kilo. It comes with two Intel i7 computers, force/torque sensors and range finders in its feet, stereo cameras, four microphones, and other built in devices. You can also attach a depth camera to its head.

From the software point of view, REEM-C is a ROS compatible robot and comes with an SDK. However, if you want to get it to do something specific then the chances are you are going to have to develop the software yourself - that's what a research robot is all about. 041b061a72


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